Estonification of gas costs for the intelligent implementation of the opponent with the swit founder
Ethereum is one of the most popular blockchain platforms to stimulate and implement intelligent contracts, allows programmers to lean to self -control with restrictions. Howver, the cost of gas associated with the Contracter Contractant, which makes it necessary for society.
Independent gas costs
Gas (Gigigertz) is an unemployed Ethereum network. It represents off energy required to perform a single operation, such as passing or calling the function. With the increase in the cumizan and the complexity of intelligent contracts, it costs gas.
gas costs with an astinance with the foundry *
Foundry, a popular Web3 programming platform, provides an easy -to -use interface for implementing and managing applications based on Ethereum, including intelligent contracts. To become a gas about the withdrawal of intelligent counteracting, we will go to the processes step by step.
Step 1: Create a new project at Foundry
First of all, Creer a new project on the foundry platform. This enables blockchain assets and understanding intelligent contracts.
`Bash
Sourcery New MyProject
re
This command creates a new foundry called "myproject". You can prohibit the design and settings as the main.
Step 2: Configure an intelligent contract
Then Creree A new file called "Mycontract.sol's in the project. This will contain your intelligent contract code.
Solidity
Pragma solidity ^0.8.0;
Contractor Mycontract {
Public number;
}
re
This is a separate examples of a contract that increases the Conter variable to a lack of transactions. Save and refresh the design according to ROWfoundra push.
Step 3: In the estimation of funds of Fundry's Gas
The founders are called "Gas Estonia" with an easy -to -use gas use, which is able to use gas.
Bash
Roots stimator in mycontract.json
re
This command generates information containing JSON containing information about the contract, intelligence. "Mycontract.json's Spawld contains the prophecy of" Gastimates "with objects in the estimated gas collection scenario.
Step 4: Estonia gas costs
By using the "Gastimates" properties in the "Myconttract.json, you can script the gas scenario in another relief scenario. Here is a trying:
Json
{
"Gas estimates":
{
"name":
"Esategascost": 2000,000,
"description":
},
{
"Name": "Implementation to the test",
"Esstimategascost": 500,000,
"Description": "Implementation to test about 50,000 homogeneous gas"
}
]
}
` re
Step 5: Compare gas costs
By comparing them as a different implementation scenario, you can choose the one you can meet your needs.
Examples of use
Suppose you want to worsen an intelligent contract as part of both the test. You will have to stress gas costs for each sport using the “Gas Esstimate” tool.
